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New and Improved REVIEW Weather, Climate, and Water Cycle

Total questions: 65

Worksheet time: 38mins

Name
Class
Date
1.

What process transfers water from the atmosphere (the air) to the hydrosphere (ocean)?

a)

Evaporation

b)

Runoff

c)

Precipitation

d)

Transpiration

2.

Cold air molecules are ________________ warm air molecules.

a)

more dense than

b)

less dense than

c)

the same density as

d)

lighter than

e)

equally dense as

3.

Water can exist in the air as...

a)

a solid

b)

a liquid

c)

a gas

d)

all of the above

4.

The water cycle is a convection cycle. Which process in the water cycle shows heated particles becoming less dense and rising?

a)

Condensation

b)

Precipitation

c)

Transpiration

d)

Evaporation

5.

Look at the numbered blanks in the diagram below. Select the correct answer for #6.

a)

Condensation

b)

Transpiration

c)

Evaporation

d)

Precipitation

e)

Runoff

6.

Look at the numbered blanks in the diagram below. Select the correct answer for #7.

a)

Condensation

b)

Transpiration

c)

Evaporation

d)

Precipitation

e)

Runoff

7.

Look at the numbered blanks in the diagram below. Select the correct answer for #8.

a)

Condensation

b)

Transpiration

c)

Evaporation

d)

Precipitation

8.

Look at the numbered blanks in the diagram below. Select the correct answer for #9.

a)

Condensation

b)

Transpiration

c)

Evaporation

d)

Runoff

9.

Look at the numbered blanks in the diagram below. Select the correct answer for #10.

a)

Condensation

b)

Transpiration

c)

Evaporation

d)

Precipitation

e)

Runoff

10.

Colder gas molecules would create _____________ air pressure while hotter gas molecules would create ___________ air pressure.

a)

higher; higher

b)

lower; lower

c)

higher; lower

d)

lower; higher

11.

The continuous movement of water from Earth's surface to the atmosphere and back.

a)

transpiration

b)

evaporation

c)

water cycle

d)

runoff

e)

condensation

12.

The process where water vapor is released through the leaves of plants.

a)

transpiration

b)

evaporation

c)

water cycle

d)

runoff

e)

condensation

13.

This type of cloud is thin, wispy, and made of ice crystals.

a)

cumulus

b)

stratus

c)

cirrus

d)

cumulonimbus

14.

This type of cloud is thick and puffy on top, and generally flat on the bottom. It has well-defined edges and can change shape rapidly.

a)

cumulus

b)

stratus

c)

cirrus

d)

cumulonimbus

15.

Nimbostratus clouds can signal what type of upcoming weather?

a)

fair weather

b)

windy weather

c)

hot, sunny weather

d)

rainy weather

16.

What are the four classes of clouds based on altitude?

a)

cirrus, nimbus, stratus, cumulus

b)

low, middle, high, vertically developed

c)

troposphere, stratosphere, mesosphere, thermosphere

17.

The unequal heating of earth’s surface causes

a)

differences in air, water and land temperatures

b)

differences in air pressure

c)

global patterns of atmospheric movement

d)

all of the above

18.

What is the main reason we have seasons here on Earth? *

a)

The Earth gets closer to the sun and farther away from the sun at certain times of the year

b)

The Sun sends different amounts of energy to Earth at different times of the year

c)

the Earth spinning on its axis

d)

The tilt of the Earth on its axis

19.

When it is winter here in the Northern Hemisphere, what season is it in the Southern Hemisphere? *

a)

winter

b)

spring

c)

summer

d)

fall

20.

What are the reasons that the Earth heats up unevenly? Check all that apply.

a)

the amount of energy coming from the Sun changes throughout the year

b)

the Earth is tilted on its axis

c)

the Earth is a sphere

d)

different materials on Earth's surface absorb heat at different rates

e)

the Earth gets farther from the Sun at different times of the year

21.

Fluids (gases and liquids such as air and water) always move from

a)

areas of high pressure toward areas of low pressure

b)

areas of low pressure toward areas of high pressure

c)

consistently in one direction regardless of their pressure

d)

the spinning of the earth

22.

Global wind patterns are the result of the combination of

a)

the unequal heating of Earth’s surface and the Coriolis effect

b)

the Coriolis effect and differences in moisture content

c)

the latitude and elevation of the land

d)

the ocean currents and topography

23.

During the day, the land warms up faster than the water. The air over the land gets warmer. This warm air is less dense. It expands and rises creating a low pressure area over the land. Cooler, denser air from over the ocean moves onshore. This creates what is commonly called a __________.

a)

a jet stream

b)

a sea breeze

c)

a land breeze

d)

the Coriolis Effect

24.

Two characteristics scientists use to describe air masses are __________.

a)

temperature and moisture content

b)

moisture content and pressure

c)

temperature and pressure

d)

speed and direction

25.

Which of the following terms describes an air mass that forms in a wet area?

a)

continental

b)

maritime

c)

polar

d)

tropical

26.

Which of the following terms describes an air mass that forms close to the equator?

a)

continental

b)

maritime

c)

polar

d)

tropical

27.

The measure of the amount of water vapor in the air is known as

a)

evaporation

b)

condensation

c)

precipitation

d)

humidity

28.

As you move higher in altitude air pressure

a)

stays the same

b)

decreases

c)

disappears completely

d)

increases

29.

A front is

a)

a boundary where two different air masses meet

b)

the leading edge of an air mass

c)

the direction an air mass is moving

d)

where air masses mix together

30.

Air has pressure because

a)

the stratosphere is thick

b)

air has mass

c)

wind moves the air

d)

temperature warms the air

31.

What kind of weather would a continental tropical air mass that formed over northern Mexico bring to the southwestern United States?

a)

rainy and cold

b)

warm and moist

c)

cold and moist

d)

hot and dry

32.

What type of air masses usually bring weather to Florida?

a)

continental polar

b)

continental tropical

c)

maritime polar

d)

maritime tropical

33.

What type of air masses is letter E?

a)

continental polar

b)

continental tropical

c)

maritime polar

d)

maritime tropical

34.

In the atmosphere, the sun's rays heat the ground by what process?

a)

conduction

b)

convection

c)

radiation

d)

evaporation

35.

Cold air moves into an area of warm air. The cold air is more dense than the warm air and it forces up resulting in rain followed by cooler temperatures. What is this called?

a)

a cold front

b)

a warm front

c)

a stationary front

d)

an occluded front

36.

Warm air moves into an area of cold air. The cold air is more dense than the warm air so the warm air is pushed up. Rain is usually followed by warmer temperatures. What is this called?

a)

a cold front

b)

a warm front

c)

a stationary front

d)

an occluded front

37.

Based on the climograph below, which month does this place receive the most precipitation?

a)

July

b)

May

c)

June

d)

November

38.

Cold air molecules have a ____________ density than warm air molecules.

a)
equal
b)
lower
c)
higher
d)
unstable
39.

According to the climograph, which month has the least precipitation in this region?

a)

January (01)

b)

February (02)

c)

December (12)

d)

November (11)

40.

What is the Coriolis Effect?

a)
The Coriolis Effect is the change in temperature due to altitude.
b)

The Coriolis effect is the apparent acceleration of a moving body on or near the Earth as a result of the Earth’s rotation. The Coriolis effect affects wind direction on a global scale.

c)
The Coriolis Effect is the gravitational pull on ocean currents.
d)
The Coriolis Effect is the speed of sound in different mediums.
41.

Cumulonimbus clouds can signal what type of upcoming weather?

a)
Clear skies with no precipitation
b)
Mild weather with light breezes
c)
Sunny weather with no clouds
d)
Severe weather, including thunderstorms and heavy rain.
42.

what is the climate zone of the blue square?

(remember our hamburger)

43.

A strong low-pressure weather system forms off the coast and moves toward a land area. Which weather conditions will likely result from the low-pressure system?

a)

clear, sunny skies and calm winds

b)

mostly sunny skies with little to no precipitation

c)

partly cloudy skies with little precipitation and light winds

d)

mostly cloudy skies with moderate to heavy precipitation and strong winds

44.

A strong low-pressure weather system forms off the coast and moves toward a land area. Which weather conditions will likely result from the low-pressure system?

a)

clear, sunny skies and calm winds

b)

mostly sunny skies with little to no precipitation

c)

partly cloudy skies with little precipitation and light winds

d)

mostly cloudy skies with moderate to heavy precipitation and strong winds

45.

Click the location where the air pressure is greatest!

46.

Match the following air masses with the type of weather they bring.

a)

Maritime Polar (mP)

1.

Cold and Moist

b)

Maritime Tropical (mT)

2.

Warm and Moist

c)

Continental Polar (cP)

3.

Cold and Dry

d)

Continental Tropical (cT)

4.

Hot and Dry

47.

Which type of air mass bring COLD and DRY weather?

a)

Maritime Polar (mP)

b)

Maritime Tropical (mT)

c)

Continental Polar (cP)

d)

Continental Tropical (cT)

48.

Most weather comes from -

a)

water

b)

temperature

c)

air masses

d)

very large area

49.

An air mass that is humid and forms over water is called a _______________ air mass.

a)

maritime

b)

continental

50.
Maritime tropical air masses form over warm ocean water.
a)
true
b)
false
51.

Above a continent, a warm air mass slowly passes over a cold air mass. As the warm air begins to cool, clouds form. What will most likely happen next?

a)

lightning will strike

b)

hail will form

c)

rain will fall

d)

hurricanes will form

52.

If an air mass forms over land, chances are it will be

a)

humid.

b)

moist.

c)

cloudy.

d)

dry.

53.

What will most likely occur when these two air masses meet?

a)

tornadoes

b)

a gentle breeze

c)

hurricanes

d)

high pressure

54.

What is the relationship between air temperature and relative humidity? (Which can hold more water vapor, warm air or cold air?)

a)
Warm air can hold more water vapor than cold air.
b)
Air temperature has no effect on the amount of water vapor air can hold.
c)
Both warm and cold air hold the same amount of water vapor.
d)
Cold air can hold more water vapor than warm air.
55.

Why does Florida have more hurricanes than snow storms?

a)
Florida has a colder climate than snowy regions.
b)
Hurricanes are caused by high altitudes and cold air.
c)
Florida's geography prevents any snowfall from occurring.
d)
Florida has more hurricanes than snowy weather due to its warm climate and proximity to the ocean.
56.

What are lines of latitude?

a)
Lines of latitude are vertical lines that measure distance east or west of the prime meridian.
b)
Lines of latitude are imaginary lines that measure the distance north or south of the equator.
c)
Lines of latitude are the same as lines of longitude.
d)
Lines of latitude are used to measure altitude above sea level.
57.

What are lines of longitude?

a)
Lines of longitude measure distance north or south of the equator.
b)
Lines of longitude are used to measure time zones only.
c)
Lines of longitude are imaginary lines that measure distance east or west of the Prime Meridian.
d)
Lines of longitude are real lines that can be seen on a map.
58.

The Equator is a line of

a)
latitude
b)
depth
c)
altitude
d)
longitude
59.

What is the Gulf Stream and how does it affect the weather in Northwestern Europe?

a)
The Gulf Stream is a warm ocean current that moderates the climate in Northwestern Europe, leading to milder winters and cooler summers.
b)
The Gulf Stream is a cold ocean current that causes harsher winters in Northwestern Europe.
c)
The Gulf Stream has no impact on the climate of Northwestern Europe.
d)
The Gulf Stream is a river that flows through Northwestern Europe.
60.

Looking at the climate zone map below, what climate zone is indicated by the color red on the map?

a)
Polar climate zone
b)
Tropical climate zone
c)
Desert climate zone
d)
Temperate climate zone
61.

Looking at the climate zone map below, what climate zone is found between 23.5 and 66.5 degrees latitude?

a)
Temperate Zone
b)
Desert Zone
c)
Polar Zone
d)
Tropical Zone
62.

Lines of latitude run

a)
randomly
b)

horizontally (east-west)

c)
diagonally
d)

vertically (north-south)

63.

Lines of longitude run

a)
around the equator
b)
in horizontal lines
c)
from east to west
d)
from pole to pole
64.

How do ocean currents affect the weather in Florida?

a)
Ocean currents only affect the temperature of the ocean surface.
b)
Ocean currents warm Florida's climate and influence weather patterns, leading to milder winters and increased storm activity.
c)
Ocean currents have no impact on Florida's weather.
d)
Ocean currents lead to colder winters and less storm activity in Florida.
65.

How does Florida's warm surrounding waters influence its climate?

a)
The surrounding waters cool Florida, resulting in a colder climate.
b)
Florida's warm surrounding waters create a humid subtropical climate, increasing humidity and precipitation.
c)
Florida's warm waters lead to a desert climate with low humidity.
d)
Warm waters cause Florida to experience frequent snowstorms.